三方将致力于构建产学研用深度融合的创新体系，聚焦机器人自动化技术解决方案、具身智能技术与装 备、人形机器人、工业机器人、工业软件等关键领域，共同攻克行业"卡脖子"技术难题，推动科技成果 转化，培养高素质复合型人才，打造校企合作的典范。协议约定将丙方作为甲方和乙方的研发成果转化 重要合作方。甲方、乙方研发的新技术、新专利等优先考虑与丙方合作，包括技术转让、授权使用、产 业化和商业化，共同推动科研成果在丙方的全球项目中落地应用。 华昌达（300278）(300278.SZ)公告，公司(丙方)近日与上海交通大学上海智能制造研究院(甲方)、上海 智能制造功能平台有限公司(乙方)签署了《战略合作框架协议》。 ...

创新引领未来，协同成就梦想。12月5日，盐城环保高新区与盐城工学院共同召开"双高协同"产学研对接大会。会议聚焦"双高协同"目标，深入对接政校 企需求，精准匹配各方资源，生动展现区域创新驱动发展的合力与实践。 活动期间，还同步举行了科技成果集市，推介相关科创孵化基金，路演恶臭与异味生物净化技术及装备等项目，并赴立铠精密科技(盐城)有限公司、江苏 铬莱铂数字科技有限公司现场观摩"双高协同"实践成果。 通讯员徐中山袁登国 校对潘政 盐城环保高新区、盐城工学院被省科技厅、教育厅确定为"双高协同"试点单位，为进一步巩固政校企合作，共同推动协同创新发展提供了新机遇、拓展了 新空间。 以此为契机，盐城工学院将借力环保高新区以及相关重点企业，组建跨学科、跨部门团队，在沿海生态修复、工业污染深度治理、碳捕集与资源化利用等 方向开展有组织科研。积极探索"一所一企业"等深度对接模式，主动将学校的创新成果与地方产业需求进行"精准嫁接"，推动实验室样品更快变为市场产 品。按照"产业+学科"专业模式，加快构建"智能绿色低碳"学科专业群，引导更多优秀毕业生留在盐城、建设亭湖。 盐城环保高新区也将和工学院一起，畅通创新要素流动，加强产学研用 ...

12月4日，空天信息大学(筹)与航空工业西飞民机在西安阎良签署合作协议，双方以新舟60遥感机采购研制合作项目为基础，正式开启产学研用深度融合 新征程，携手为国产民机事业发展和空天信息产业进步注入强劲动能。 中国科学院院士，空天信息大学(筹)顾问、学术委员会主任吴一戎；空天信息大学(筹)内涵建设工作专班主任李晓明；临时党委委员、内涵建设工作专班 副主任王书峰；遥感科学与技术学院院长潘洁；航空工业西飞民机党委书记、董事长、总经理郝巨，党委副书记、纪委书记陈胜，总会计师王锐华等出席 活动；航空工业西飞民机副总工程师杨铭主持签约仪式。 李晓明在发言中表示，空天信息大学(筹)作为我国首所以"空天信息"命名的新型研究型大学，秉持"高起点、小而精、特色强、国际化"办学定位，在空天 通信、遥感科学等领域积累了扎实的科研基础与人才优势。新舟60遥感机合作项目是双方务实合作的重要落点，未来将从四方面深化合作：携手共建研发 平台，打造协同创新高地；创新人才机制，推动"校聘企用"走实；强化科研合作，攻克关键核心技术；深化成果共享，构建互利共赢新格局。他强调，双 方合作立足国家战略布局，将实现人才、技术、产品、产业全方位共赢，为航空强 ...

登录新浪财经APP 搜索【信披】查看更多考评等级 上海同济科技实业股份有限公司（以下简称"同济科技"）近日发布新版公司章程，对公司组织架构、经 营宗旨、股权管理、治理机制等核心内容进行明确规范。公告显示，公司注册资本为人民币62476.1516 万元，系1993年以募集方式设立的上市公司，股票于1994年3月11日在上海证券交易所上市，证券代码 为600846。 公司定位与经营战略 新版章程明确公司经营宗旨为"紧跟国家战略步伐，依托同济大学的学科、人才和技术优势，打造城乡 建设与发展领域价值提升综合服务企业"。经营范围涵盖实业投资、教育产业投资及人才培训、房地产 投资与开发经营、投资咨询等领域，凸显其"产学研用"融合发展的特色定位。 作为同济大学控股的上市公司，公司发起人同济大学以原上海同济科技实业总公司净资产折股3708.57 万股，目前公司总股本为62476.1516万股，全部为普通股，股份由中国证券登记结算有限责任公司上海 分公司集中存管。 财务与信息披露规范 章程要求公司建立健全财务会计制度，年度报告需在会计年度结束后4个月内披露，中期报告在上半年 结束后2个月内披露。同时明确信息披露媒体为符合证监会 ...

Core Viewpoint - The establishment of the first domestic scientific instrument application demonstration center in Southwest China at the Sichuan Provincial Analysis and Testing Service Center aims to promote the integration of industry, academia, and research, facilitating the innovation and upgrading of domestic instruments [2][3][7]. Group 1: Establishment and Significance - The "Domestic Good Instruments Application Demonstration Center" has officially been established at the Sichuan Provincial Analysis and Testing Service Center, marking a significant step in promoting domestic scientific instruments [3][5]. - This center will provide timely feedback on the usage results of the instruments to manufacturers, fostering the improvement and development of these products [3][7]. Group 2: Strategic Cooperation and Implementation - Following the establishment, both parties engaged in in-depth discussions regarding the strategic cooperation agreement, focusing on key areas such as the construction of the Sichuan-Chongqing database, offline activities in the western region, joint training, and the introduction of AI technology for platform upgrades [7]. - The center's establishment is part of a broader initiative by the Instrument Information Network to promote high-quality domestic scientific instruments through extensive user research and feedback collection [7][8]. Group 3: Future Development and Goals - The center aims to bridge the gap between research and industry users, helping them find suitable domestic instruments while also relaying user needs back to manufacturers for continuous optimization [7]. - The Instrument Information Network plans to use the Sichuan demonstration center as a starting point to gradually expand the application demonstration center layout across the country, injecting more momentum into the high-quality development of the domestic scientific instrument industry [7][8]. Group 4: Background of the Sichuan Provincial Analysis and Testing Service Center - The Sichuan Provincial Analysis and Testing Service Center, established in 1983, is a public research institution under the Sichuan Provincial Department of Science and Technology, recognized as one of the four national application demonstration centers for domestic scientific instruments [10]. - The center focuses on providing comprehensive analysis and testing services, supporting technological innovation and economic development through advanced testing techniques and a highly qualified inspection team [10].

论坛期间，上海外高桥造船有限公司(下称外高桥造船)作为邮轮产业链链主单位，分别与广州船人、上 海兆和、浙江欣亚、烟台北海、南通明悦、上海汇锶进行工信部"百场万企"大中小企业融通对接活动签 约；与清华大学、上海交通大学、华中科技大学、哈尔滨工程大学、武汉理工大学、上海海事大学及中 船711所、716所、712所、704所、中船动力、中船绿洲签署战略合作协议。 12月3日，中国国际海事会展举办期间，"邮轮来了——2025邮轮产业高质量发展论坛"在上海新国际展 览中心举办。 外高桥造船表示，本次签约标志着国内邮轮产业正式步入了以邮轮设计建造单位为龙头，集聚行业优势 资源、产学研用深度融合的新发展阶段。 ...

Core Insights - Wuhan is positioned as a key strategic hub in China's development, with a focus on high-quality growth and innovation in technology and industry [4][10][11] - The establishment of the Jiufengshan Laboratory aims to create a global center for advanced compound semiconductor research, reflecting the city's commitment to technological self-reliance and innovation [2][7][9] - The integration of industry, academia, and research is emphasized as a critical factor for Wuhan's technological breakthroughs and economic development [8][9] Group 1: Strategic Development - Wuhan is tasked with significant responsibilities in the national development strategy, aiming to be a leading force in the central region's rise [6][10] - The city is focusing on high-quality development practices during the 14th Five-Year Plan and is preparing for the 15th Five-Year Plan [4][6] - The economic output of the Wuhan metropolitan area is projected to exceed 3.6 trillion yuan in 2024, accounting for 29% of the Yangtze River middle reaches urban agglomeration [11] Group 2: Technological Innovation - The Jiufengshan Laboratory operates over 300 projects and has implemented a 24-hour work schedule to enhance delivery efficiency [7] - Wuhan's high-tech enterprises are expected to surpass 15,000, with technology contract transaction volumes exceeding 300 billion yuan by 2024 [11] - The city is recognized for its strong educational foundation, housing over 90 universities and 1.4 million students, contributing to its innovation capabilities [18] Group 3: Urban Development and Governance - Wuhan is implementing a community governance model that emphasizes proactive service delivery to residents, enhancing safety and community engagement [12][13] - The city is undergoing urban renewal projects that blend historical preservation with modern functionality, aiming for high-quality living standards [23][24] - The establishment of a digital public infrastructure platform is transforming urban governance and service delivery [12][13] Group 4: Logistics and Economic Integration - Wuhan has become a key logistics hub, facilitating direct shipping routes to Europe and reducing logistics costs by approximately 15% [19] - The city is enhancing its role in the national logistics network, with the establishment of multiple logistics hubs and international transport routes [19] - The integration of regional economies is being prioritized, with collaborative efforts to strengthen the Wuhan metropolitan area and its surrounding cities [11][19]

Core Insights - Xiamen University Malaysia Campus (XUMC) is the first overseas campus established by a Chinese "Double First-Class" university, marking a significant step in Sino-Malaysian educational cooperation and the internationalization of Chinese higher education [2][4][6] Group 1: Cultural Exchange - The campus fosters cross-cultural friendships through activities like basketball and local food, creating a vibrant community among students from diverse backgrounds [2][3] - Since its establishment in February 2016, XUMC has enrolled 7,741 graduates from 52 countries and regions, with student numbers expected to exceed 10,000 by 2025 [2][4] Group 2: Academic Integration - XUMC aligns its curriculum with international standards, encouraging students to explore and engage in a multicultural environment, enhancing cross-cultural understanding [3][6] - The university has established a comprehensive student support system, including international student affairs, bilingual counseling, and mentorship programs to aid integration [3][4] Group 3: Industry Collaboration - XUMC has deepened its integration of industry and academia, securing 45 research projects from Malaysian government departments and collaborating with leading companies in fields like green energy and nanomaterials, with over 25 million Malaysian Ringgit in funding [4][6] - The introduction of a new undergraduate program in Robotics and Automation Engineering aims to meet the demands of the AI wave and enhance the university's academic offerings [6][4] Group 4: Sustainable Educational Model - The campus has developed a replicable and sustainable overseas education model, contributing valuable experience to the internationalization of Chinese higher education and supporting the Belt and Road Initiative through cultural and educational exchanges [6][4]

Core Viewpoint - The project "Key Technology Research for the Enhancement of Traditional Chinese Calligraphy and Painting Paper" aims to address the challenges faced by traditional paper-making techniques, including raw material scarcity and complex craftsmanship, by integrating modern technology into the ancient art of paper-making [2][3]. Group 1: Project Background and Objectives - The project was initiated to solve the urgent need for paper in cultural relic restoration, as traditional ancient papers are now considered cultural relics themselves and cannot be used [3]. - The project seeks to develop new types of paper that can replace or even surpass ancient paper, catering to the needs of contemporary artists and promoting the development of the domestic paper industry [3][9]. Group 2: Technological Innovations - The project team utilized advanced technologies such as hyperspectral imaging and infrared electron microscopy to analyze ancient paper materials, leading to the discovery that the raw material for the renowned "Chengxintang Paper" is not the traditionally believed Qingtan bark, but rather the bark of the one-year-old mulberry tree [4][5]. - The team developed a chlorine-free bleaching technology and employed physical methods for pulping to enhance the environmental sustainability of the paper-making process [6][7]. Group 3: Production Process Transformation - The introduction of automated paper-making equipment has significantly improved production efficiency and ensured the uniformity and stability of the paper products, moving away from traditional manual methods [7]. - The project team has also enhanced the durability of the paper by incorporating chemical agents to prevent mold and insects, thereby extending the lifespan of the paper [7][10]. Group 4: Collaboration and Feedback - The project fosters collaboration between scientists and artists, allowing for the translation of artistic needs into specific technical parameters and solutions [9][10]. - New types of paper, including the restored Chengxintang paper, have been sent to institutions like the Palace Museum for trial use, with feedback being used for continuous improvement [9][10]. Group 5: Cultural Heritage and Future Prospects - The project represents a significant step towards the sustainable development and modernization of traditional paper-making techniques, integrating various fields such as technology, engineering, cultural heritage protection, and artistic creation [10]. - The initiative aims to break down barriers between disciplines and encourage more scientists to contribute to the revitalization of traditional culture through technological innovation [10].

Core Points - The establishment of the Sunlight and Dew Service Alliance aims to provide comprehensive support for PhD and postdoctoral talents in Yuhang, covering personal growth to project implementation [1] - The alliance will dynamically link a "talent pool" with a "project pool" to facilitate a full-service connection from initial consultation to project execution [1] - The Liangzhu Laboratory Postdoctoral Innovation and Entrepreneurship Incubation Park has been launched, focusing on the life and health sector to create an innovative ecosystem [1] - Liangzhu Laboratory has attracted 326 postdoctoral researchers since its inception, with 127 new additions this year, and has facilitated over 5.5 billion yuan in financing for tech enterprises [1] Summary by Categories Platform Development - Yuhang has established high-energy platforms such as the four provincial laboratories to inject strong talent momentum into regional innovation [2] - The region aims to undertake 12 national-level research projects and has authorized over 150 patents in 2024, driving an additional output value of over 50 billion yuan for enterprises [2] Policy Support - Generous living and housing subsidies have alleviated concerns for postdoctoral talents, enhancing their ability to focus on innovation [2] Ecosystem Integration - Yuhang is deepening the integration of "industry, academia, research, and application," effectively accelerating the transformation of scientific achievements into productive forces [2] - The alliance's establishment and the park's unveiling are seen as opportunities to upgrade service models from "universal" to "precise," expanding service scope and optimizing talent reward mechanisms [2]